Doctor of Philosophy, The Ohio State University, 2022, Kinesiology
Head and neck cancer (HNCa) is diagnosed in over 63,000 patients and accounts for approximately 13,000 deaths each year in the United States. HNCa patients report some of the lowest quality of life (QOL) compared to other cancer populations, due to the clinically meaningful deficits that are associated with the established standard of care. The established standard of care for locally advanced HNCa patients includes Chemoradiation therapy (CRT), which causes acute toxicity and contributes to declines in body mass index, muscle mass, and physical function due to treatment-induced sarcopenia, also known as cancer cachexia. Strategies to manage these treatment-related side effects are necessary to preserve muscle mass, physical function, and therefore QOL in patients with HNCa. Emerging evidence supports the utility of exercise, specifically RE, interventions in offsetting the adverse treatment effects on body composition and physical function as a result of CRT in HNCa patients.
Despite the potential therapeutic benefits of RE for HNCa patients undergoing treatment: (a) RE is not currently integrated as part of routine cancer care for HNCa patients and (b) few studies have examined the feasibility and preliminary efficacy of integrating RE in the supportive care of HNCa patients undergoing active CRT; and (c) the limited extant research addressing RE interventions during HNCa treatment has yielded poor adherence rates which may undermine the utility of RE as a supportive care approach. Based on this evidence, the overarching research goal is to conduct studies that inform the importance of integrating exercise interventions as an integral component of routine cancer care. The primary aims of this pilot study were to: 1) determine the feasibility of implementing a group-mediated cognitive behavioral (GMCB) RE intervention in HNCa patients undergoing CRT and 2) examine the preliminary efficacy of the personalized, GMCB RE intervention for attenuating and/or reversing t (open full item for complete abstract)
Committee: Brian Focht (Advisor)
Subjects: Kinesiology